Hawk Network with Internet of Thing (IoT)

Hawk Network represent to the specialized infrastructure of the world's leading distributed intelligent Internet of Things, which integrates edge computing, big data and blockchain technology.

Aims of Hawk Network:

Aims to provide enterprises with lower access costs and a more efficient and trusted Internet of Things. The base is intelligent hardware, the core is artificial intelligence, the foundation is big data technology, and blockchain distributed ledger to balance its ecosystem and production factors. Here is Hawk Network intends to ultimately achieve the goal of enabling global Internet of Things.
BHK (Black Hawk Knight)
intends to provide users with decentralized shared electric scooters for intelligent short-distance travel in cities.

Benefit:

The hardware performance of BHK scooters is superior, the efficiency ratio is 60% higher than that of similar products.
It will distributed across over 50 countries and regions around the world.
Applying decentralization of blockchain with result secure and low cost
BHK corporate investors will share the dividend brought by scaling up the whole distributed travel network through distributed ledger technology.

Company

The Hawk Network project was developed by Canada's UB.GROUP and Klaytn (owned by Kakao Korea).
UB.GROUP itself has 30 million users and operates dozens countries, it is a large-scale Internet of Things, and a brilliant travel global organization and strong R&D capabilities in intelligent hardware, Internet of Things, and blockchain.

Kakao is a Korean social giant with 50 million users.
Kalytn is Kakao's blockchain platform, which incorporates the world's best blockchain technology and business team. UB.GROUP and Kakao are very optimistic about the advancement of the up and coming generation of Internet of Things, with the combination of edge computing technology, 5G technology and blockchain technology.

Distributed Intelligent Internet of Things

Distributed Intelligent Internet of Things (DIIOT) is an IoT that uploads all sensor data through precise calculation to the blockchain for data interaction. Blockchain uses distributed storage which has the advantages of data consistency, high availability and fault tolerance.
Similarly, equipment gadgets in the circulated intelligent IoT are accessed by various gadgets, and a specific number of edge computations are done at the gadget end for information preparing, and afterward the data is uploaded to the chain for verification according to the computing requirements.

More Credible Internet of All Things

Secure and trustworthy at blockchain level include:

has trustworthy and must be credible computing resources that blockchain is developed on the basis of Internet.
has controllable transaction data.
has reliable trading process, it will be valid and trustworthy, and cannot be forged.

Blockchain Technology Used to Safeguard User Assets and Data

1. IoT and blockchain

Blockchain innovation is a suitable answer for IoT with three perspectives: big data management, security and transparency, and the convenience of service exchange between interconnected smart devices.

2. Large Data and Record Preservation

Blockchain innovation give a proper answer for recording data of all IoT units with essentially linked to large data.

3. Security

Blockchain innovation can be additionally used to take care of security and identity problems
related to IoT. One of the biggest challenges in securing the Internet of Things is
identity. Hawk Network research’s goal is to answer how we ensure that millions or billions of smart devices connect and communicate safely with each other.

1A. Hawk Network Empower the Internet of Things

Combination of the IoT and blockchain is to make billions of devices in the Internet of Things safely accessible to blockchains and to achieve interoperability between devices and data. With the equipment must achieve fast, low-cost transactions, and can protect privacy, meet the equipment interconnection of heterogeneous systems, and encourage more nodes to enter, increase deployment scale, and reduce operating costs. Hawk Network solve these problems with implements a three-step approach.

UPOS consensus algorithm is more suitable for distributed Internet of Things
Hawk Network adopts UPOS (User Proof of Stake) consensus mechanism that to solve the drawbacks of traditional DPOS (Delegated Proof of
Stake) consensus mechanism. The improvement of UPOS is to propose a random rotation mechanism of proxy rights and interests consensus.

Main sub-chain structure to achieve cross-chain interoperability, submission efficiency
Hawk Network adopts chain-in-chain architecture to tackle the interconnection problem of heterogeneous networks.
Trusted Computing Environment Empowers the Internet of Thing
Hawk Network has improved the technology of Internet of Things to make it
portable, trustworthy and support large anonymous collections.
Furthermore, make the IoT to the mainstream, and more convenient, safe and credible services to people through technology and incentive mechanism.

2B. Hawk and travel companies build a smart travel network

The five largest shared travel service platforms for Didi, Uber, Lyft, Grab and Go-jek reached $129 billion dollars on January 2018.
60% of American travel needs shared bicycles, electric bikes and electric scooters.

But there some problems in the shared travel field:
1 Great risks brought about by concentrated investment
2 Excessive operating costs and transaction costs
3 Lack of network ecological effects

BHK Intelligent Scooter

BHK Intelligent Scooter is also a super mining device-riding scooter mining, with advantages such as conforms to the concept of having a green planet under sustainable development, and belongs to a community incentive model.

Hawk and travel companies build a smart travel network

The Hawk Network will build a decentralized blockchain IoT network.

intermediaries will be cut off so exchange expenses can be reduced by nearly 20%.
Hawk Network token will be used as a transaction certificate.
The whole exchange procedure will be taken care by smart contracts and cross-linked hosting technology to ensure authenticity, legitimacy and compliance.
By utilizing HAWK to trade users and merchants, users will have the option to accomplish constant charging and take out the dangers and expenses associated with common payment methods on existing platforms.
The Hawk Network will fully realize localized investment and operations, and all IoT devices or travel hardware will be purchased by the eco-enterprise and then connected to the network.
The advantage of localization is that business decision makers are familiar with local policies and laws, better understand the usage habits of local users, and can quickly and easily maintain equipment.

On the whole, sharing electric scooters has two advantages:
First, the operating costs are low.
Second, the frequency of use is higher.

Multi-party collaboration activates network effects

The Hawk Network records user and service provider data on blockchains such as
identity information, asset information, transaction records, and comments on different services. Hawk Network will form a multi-win agreeable system with car owners, riders, community partners, etc. An ecosystem of other hardware partners. This ecology is a positive ecological model that is interdependent and mutually motivating.

Decentralized shared scooter (BHK dApp)

BHK (Black Hawk Knight) aims to create a distributed intelligent travel platform that uses Hawk Network blockchain to connect intelligent hardware, travel service providers, and riders.
BHK will form a multiwinning decentralized shared scooter travel platform in the future.

Distributed Shared Ledger

Hawk network is deploying a decentralized peer-to-peer distributed storage technique by applying a DHT (Distributed Hash Table) based distributed storage protocol, with data being indexed by file content (Hash). Large files will be partitioned into fixed-size data chunks and distributed across multiple nodes. Each file fragment is indexed by a hash value, which is stored in the distributed hash table of each node.
Users can choose reliability for files, low-reliability files can be stored and accessed for free or minimum cost. Highly reliable files will be provided by stable and reliable services from backbone nodes.

Consensus Mechanism (UPOS)

The Hawk Network blockchain will use Byzantine Fault Tolerance - User Proof of Stake - UPOS (with Byzantine Fault Tolerant User Benefit Certificate).The UPOS consensus mechanism is a decentralized consensus algorithm that meets the performance requirements of the shared economy 2.0 ecosystem and maximizes user rights.

User ID

The Hawker's digital identity UID is the unique identity of the user in the Hawk Network ecosystem.

Hawk Token

Hawk Network utilizes blockchain innovation to enable the traditional Internet of Things, and achieves a new generation of distributed intelligent Internet of Things.

HAWK Token will be applied for payment, mortgage, financing, transaction and circulation of distributed Internet of Things.

HAWK Token is the master key of Hawk Network, it can be said that an era of intelligence and perception of all things has arrived.